Renewable Energy Products Dealers in Mahim, Mumbai

The fast growing and cleanest power generating industry – India now relies on this industry for the high power requirements. Various Indian and foreign wind turbine manufacturers have set up their manufacturing units as well as wind farms on various terrestrial and off shore areas. Wind mill comprises of various parts that get manufactured in components and get assembled at the wind farm. Epcoat offers all surface finishing solutions required in the manufacture of the components.

Need for Solar Panel Mounting The Solar panel mounting structures are designed for holding suitable number of modules in series or parallel at the optimum angle. Solar mounting is often an underrated part of the system but is an important engineering design aspect of the entire solution. Quality solar mounting structures must be uniquely designed to support either ground mount systems or roof top installations each having their own set of engineering considerations. The frames and legs of the solar mounting array can be a mix of concrete structures and mild steel or polymers with suitable angles, channels and tubes to meet the design criteria. All nuts & bolts considered for fastening modules with these structures should hold it together for lasting durability. Sunipod’s solar panel clamping systems and associated mounting channels are also engineered for installer safety with long term installation in mind. Sunipod solar panel mounting structures are designed to maximize space utilization without sacrificing the output from SPV panels. Special theft retardant fasteners can be added if there is an added requirement for security. Unique Design of Solar Panel Mounting Depending on the site characteristics Sunipod’s module mounting structures can provide optional rust proof, high corrosion resistant support for your entire solution, made of an extremely high grade new age material that provides excellent weather-ability they reduce typical installation load and evenly distribute it to protect your rooftop from overloading. The flat roof is never drilled avoiding leakage issues. All nuts & bolts considered for fastening modules with these structures are of very good quality to ensure lasting usage. The module mounting structures are designed to optimize the space usage for the array without sacrificing the output from PV plant at the same time. The entire solar panel racking system for the complete array has to be designed to provide adequate weight and angle support by accounting for weather conditions and other on-site considerations like type of roofing eg asbestos, metal, polymer etc. and the type, tilted-on-shed or flat concrete rooftop, and based on the direction to which the solar panels are required to be facing. These factors will not only affect the integrity of the rooftop, but also determine the stability of the solar array and the power generation from the system. A key aspect of Sunipod Solar panel mounting systems are that they are designed to be modular providing fit from small to very large installations keeping in mind the ease of deployment and flexible expansion capabilities. The solar mounting systems are also engineered for rapid assembly and relation with reassembly if and when required Highlights of Solar Panel Mounting Systems Quick and easy to assemble. Partially pre-assembled for faster installation. Minimal tools required for assembly. Corrosion resistant galvanized structures. Protection from rust and weather degradation. Flexible application allows for optimizing mounting angles from 20 to 35 degrees. Non-intrusive non-penetrating design requires no drilling through your roof. No risk of leakage due to installation. Stainless Steel fasteners ensure that the installation is secured for life. Optional theft retardant fasteners available Compact design means optimized usage of your precious rooftop space. Wind loading optimized to withstand strong winds for steady performance. Easy customization for your specific module type and location. Ideal for flat roofs requiring a high concentration of modules while successfully distributing loading on roof-top.

The Solar panel mounting structures are designed for holding suitable number of modules in series or parallel at the optimum angle. Solar mounting is often an underrated part of the system but is an important engineering design aspect of the entire solution. Quality solar mounting structures must be uniquely designed to support either ground mount systems or roof top installations each having their own set of engineering considerations. The frames and legs of the solar mounting array can be a mix of concrete structures and mild steel or polymers with suitable angles, channels and tubes to meet the design criteria. All nuts & bolts considered for fastening modules with these structures should hold it together for lasting durability. Sunipod’s solar panel clamping systems and associated mounting channels are also engineered for installer safety with long term installation in mind. Sunipod solar panel mounting structures are designed to maximize space utilization without sacrificing the output from SPV panels. Special theft retardant fasteners can be added if there is an added requirement for security.

Solar hybrid system This efficient combination of energy sources ensure a stable and adequate supply of electricity. Renewgreen's Hybrid Systems make optimal use of available renewable resources. The combined resource input ensure tabbing of other energy source in the event where solar energy tapping potential is low. A Hybrid System offers a truly optimal solution and is particularly ideal for electrification across the remote villages and location with limited or no access to electricity.

Our solar mounting systems are engineered to ensure speedy installation of the solar power systems without penetrating your rooftop. The systems are designed and manufactured with planned 25 year life so that they are rust proof and provide support for the estimated life of your solar power generation system.

• Blade Material: GFRP
• Features: Smooth edges, Can handle high air pressure efficiently
• Turbine Blade: 1000 mm
• Density: 1.2–1.35 g/cm3
• Thermal conductivity: 0.24–0.38W/(m·K)
• Yield strength: 41–60 MPa

Solar Home Lighting Systems, Solar Rooftops, solar installation

Solar Water Heating Systems, solar road flasher, Solar Panel

Solar Hybrid System, micro hydro turbines, solar photovoltaics

SOLAR SYSTEMS, Led Decorative Lights, led household lights

solar water heater systems, classroom benches, garden play equipments

Solar Home Lighting Systems, Solar Caps, Solar Heater, Solar Products

solar powered lighting system, passive infrared sensor, Solar Water Heaters

SOLAR SYSTEMS, Solar Energy Equipment

renewable energy, biomass power plants

SOLAR SYSTEMS, Solar Water Heaters, LED Tube Lights, Led Street Lights